A slinky spring fixed at one end is placed horizontally on a table. The free end is displaced parallel to the table and then released. The resultimg wavelen...

A slinky spring fixed at one end is placed horizontally on a table. The free end is displaced parallel to the table and then released. The resultimg wavelength is

Answer Details

The type of wave produced when the slinky spring is displaced parallel to the table and released is a longitudinal wave. This is because the particles of the slinky move parallel to the direction of propagation of the wave. As the wave travels through the slinky, the coils of the spring compress and stretch alternately, forming areas of high and low pressure. These pressure changes travel along the length of the slinky, causing the wave to propagate. The wavelength of the wave will depend on the frequency of the wave and the speed of propagation, which in turn depend on the properties of the slinky, such as its mass per unit length and tension. The options "transverse", "stationary", and "electromagnetic" do not accurately describe the wave produced by the slinky spring in this scenario.